Ride Stronger, Not Harder: The Missing Link in Cycling Performance

If you’re like most cyclists, you’ve spent countless hours training your legs—intervals, climbs, endurance rides. But one of the biggest opportunities for improvement often has nothing to do with pushing harder. It comes down to how well your body moves.

At a recent cycling mobility workshop hosted by Pen Velo and Summit, physical therapists from Revolutions in Fitness highlighted a key idea: cycling efficiency is not just about power output, but about how efficiently your body produces that power.

Cycling efficiency can be defined as producing the same wattage with less energy cost. A useful analogy is riding with the brakes slightly engaged versus fully released. Even small movement limitations act like resistance, creating energy leaks that reduce performance over time.

The team broke performance down into three core components: mobility, stability, and strength. Mobility refers to your ability to access the positions required for a full pedal stroke through the spine, hips, and upper body. Stability is your ability to control those positions, especially under fatigue. Strength and power are what most cyclists focus on, but without mobility and stability, they cannot be fully expressed. Together, mobility and stability create the foundation that allows strength to translate into efficient power.

One of the most overlooked areas in cycling performance is the upper body. Cyclists tend to develop stiffness where mobility is needed—particularly in the thoracic spine—and lack stability where control is required, such as in the shoulders and upper back. Spending long periods in a flexed riding position limits the ability of the mid-back to extend and rotate. When that movement is unavailable, the body compensates through the neck and lower back, often leading to inefficiency and injury.

Upper body stability is equally important. The muscles around the shoulder blades are responsible for supporting body weight on the handlebars and maintaining posture. When they fatigue or lack endurance, riders tend to collapse into their shoulders and wrists. This not only increases discomfort but also affects breathing mechanics and reduces effective power transfer.

Simple exercises can make a noticeable difference. Thoracic rotation drills on hands and knees help restore mobility in the spine. Scapular control exercises, such as controlled “push and pinch” movements, build awareness and endurance in the shoulder stabilizers. Basic stability work like bird dogs reinforces coordination between the core and upper body. These movements are small, but they play a significant role in improving control and efficiency on the bike.

In the lower body, one of the most important factors is the ability to effectively recruit the glutes. Many cyclists struggle to use their glutes when in a flexed riding position. This is partly due to a concept called passive insufficiency, where a muscle that is too lengthened or too shortened cannot produce optimal force. As a result, riders rely more heavily on other muscle groups, which reduces efficiency and can contribute to overuse issues.

A simple mobility exercise demonstrated in the workshop, often referred to as “bottoms up,” can quickly improve access to the posterior chain. By moving through a sequence of bending, straightening, and relaxing the body, many participants saw immediate improvements in their ability to reach the floor. This type of movement helps restore mobility in the hamstrings and lower back, making it easier to access better positions on the bike.

Single-leg stability is another key component. Exercises like single-leg sit-to-stands or reverse lunges reveal asymmetries and help build strength and control in each leg independently. This is not just about strength in the traditional sense, but about improving the neuromuscular connection—essentially reminding the body how to use the right muscles in the right way.

For those with limited time, the presenters recommended a short pre-ride routine focusing on three elements: posterior chain mobility, thoracic rotation, and soft tissue work for the hips. These exercises act as a primer, preparing the body to move more efficiently before getting on the bike.

One important point is that these improvements often transfer automatically. After performing mobility and activation work, the body tends to carry those patterns into the ride without needing constant conscious effort. A simple cue that can help reinforce this is focusing on pressure through the ball of the foot, from the big toe to the pinky toe, during the pedal stroke.

Post-ride routines can also support long-term performance. Light foam rolling, core stability work, and gentle mobility exercises can help reset the body after prolonged time in a fixed position. This reduces stiffness and helps maintain balance across muscle groups.

The overarching takeaway from the workshop is that meaningful improvements do not require complex or time-consuming routines. Small, consistent inputs—focused on mobility and stability—can produce noticeable changes in how you feel and perform on the bike. Over time, these changes add up, allowing you to ride stronger, more efficiently, and with less strain.